C14G6

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C14G6 fuse is one of the important components of modern electric circuit system, and its application field and working principle are also concerns of the industry. This article will mainly analyze the application field of C14G6 fuse and the working principle.

Application Field of C14G6 Fuse

C14G6 fuse is mainly used in electric circuits and systems under normal working voltage (such as 220V/380V in families and industry), and the working current is general less than 32A. This type of properly rated fuse will not work normally if the current of the connected equipment exceeds the current it can bear, then the electric circuit of connected equipment will be disconnected quickly and instantaneously so as to protect the equipment.

Besides its application in electric circuits, C14G6 fuse can also be used for the protection of fluctuations caused by sudden surge of electricity. In general, lightning-surge protection or special power grid fluctuation-protection has to be installed, which will undoubtedly increase the cost and complexity of the project. C14G6 fuse is an ideal alternative in this condition, for it has low cost, simple structure and convenient installation.

Working Principle of C14G6 Fuse

C14G6 fuse is a type of overcurrent protective device, and it works on the following principle.

When the connected circuit exceeds the rated current allowed, the fuse element(s) will heat up quickly and trigger operation within a specified time according to the temperature rise rate. This results in breakage of the fuse element(s) and disconnection of the circuit. After the current drops to normal again, the fuse element(s) can be reconnected and the circuit can work normally.

Sometimes C14G6 fuse may work under the normal current conditions, which is caused by the inner overheating inside the fuse. If happens, the fuse element(s) will heat up quickly and can be triggered in advance before the current exceeds the rate.

The structure of C14G6 fuse is relatively simple, and mainly consists of two parts including the body and the element. The principle of the fuse is very simple: when the system works exceeds the rated current of the fuse element, it will result in rapid rise in temperature, which will trigger breakage of the fuse element and disconnection of the circuit, thus protecting the equipment from overcurrent.

Conclusion

As analyzed above, C14G6 fuse is an important component on electric circuits and systems used to protect the equipments from overcurrent issues by disconnecting the circuits accordingly. The application field of C14G6 fuse mainly lies in families and industry as well as the protection from sudden surge of electricity. The working principle is to trigger breakage of the fuse element and disconnection of the circuit when an overcurrent is detected, thus protecting the equipment.

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